Question

describe three types of multicomputer configurations. what are their comparative advantages and disadvantages?

Answer 1

1. Clustered System
2. Grid Computing
3. Distributed System

Step-by-step explanation:

1. Clustered System: A cluster is a group of interconnected computers that work together as a single system. Clustered systems are often used for high-availability applications, where multiple computers work together to provide fault tolerance. The comparative advantage of a clustered system is its high level of reliability, as it can continue to operate even if one or more of its computers fail. The disadvantage of a clustered system is its high cost, as multiple computers and interconnecting hardware are required.
2. Grid Computing: A grid is a large-scale network of computers that work together to perform complex computations. Grid computing is often used for scientific and engineering applications, where massive amounts of data must be processed. The comparative advantage of grid computing is its scalability, as additional computers can be added to the grid as needed. The disadvantage of grid computing is its complexity, as a large number of computers must be managed and coordinated to achieve the desired results.
3. Distributed System: A distributed system is a network of computers that work together to share resources and data. Distributed systems are often used for enterprise applications, where multiple computers work together to provide a common service. The comparative advantage of a distributed system is its flexibility, as resources can be shared and distributed as needed. The disadvantage of a distributed system is its complexity, as multiple computers must be managed and coordinated to achieve the desired results.